The built-up section shown below is fastened together by passing two 10 mm diameter rivets through the top and bottom plates into the flanges of the beam. Each rivet will withstand 11.8 KN in shear. Determine the required spacing of the rivets along the length of the beam if it carries a shearing force of 199 kN. 12 mm x 180 mm plates (2) I IPE I 400x180x642.2 steel 10 mm rivets
The built-up section shown below is fastened together by passing two 10 mm diameter rivets through the top and bottom plates into the flanges of the beam. Each rivet will withstand 11.8 KN in shear. Determine the required spacing of the rivets along the length of the beam if it carries a shearing force of 199 kN. 12 mm x 180 mm plates (2) I IPE I 400x180x642.2 steel 10 mm rivets
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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
Transcribed Image Text:The built-up section shown below is fastened together by passing two 10 mm diameter rivets
through the top and bottom plates into the flanges of the beam. Each rivet will withstand 11.8 kN
in shear. Determine the required spacing of the rivets along the length of the beam if it carries a
shearing force of 199 kN.
12 mm x 180 mm
plates (2)
I
IPE I 400x180x642.2
steel
10 mm rivets
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